Care & hospitals

Stable and flexible floor system for healthcare facilities, with rapidly accessible cabling and installations

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Designed for Healthcare & Hospitals

Hospitals and healthcare facilities operate around the clock: renovations and maintenance must be carried out with minimal disruption to patients and staff. Intercell offers a drill-free floor system in which each panel can be removed individually and without tools, keeping cabling and connection points readily accessible even when a ward or treatment room remains in use during works.

Rapid reconfiguration of wards during renovation, without major structural works

Improved acoustics, creating a comfortable environment for patient rooms and treatment areas

Compatible with underfloor heating or central heating systems

System heights from 40 to 110 mm, suited to available floor-to-ceiling clearance

Maintenance without clearing the department

At Intercell, cabling and connection points are located beneath individual loose steel panels of 500 x 500 mm, supported by floor supports and fitted with floor boxes for the connections themselves. Because each panel can be lifted individually, a technician can access one specific connection point without taking the rest of the department out of operation — particularly relevant in a hospital environment, where a room can rarely be fully vacated.

Rest for patients, flexibility for the organisation

A patient room or treatment space calls for a pleasant, quiet environment. The enhanced acoustic insulation of Intercell contributes to this. At the same time, the organisation behind it remains flexible: the same floor that provides acoustic comfort is also compatible with underfloor heating and can easily be adapted at a later stage, during a subsequent renovation.

Sufficient load-bearing capacity for beds and medical equipment

Hospital beds, treatment tables, and medical equipment are heavy and not always evenly distributed across a space. Intercell has been tested in accordance with EN12825 and achieves class 4B, with a maximum working load of 10 kN on a point load of 25 x 25 mm — a sufficient foundation for equipment that is frequently relocated or added.

Key Benefits

Core Benefits of the Modular System

Rapid Modularity

The interlocking system enables fast installation and reconfiguration, with no drilling required. Installation on a levelled floor can be achieved easily via adhesive bonding. Available in 6 fixed height options.

High Load Capacity

Class 4B according to EN12825, with a maximum load exceeding 9 kN and a deflection of less than 2.5 mm. The system withstands both soft body and hard body impact tests without failure.

Durable and Recyclable

Intercell is composed of a minimum of 25% recycled steel (LEED-approved). The steel base components are 100% recyclable.

Fire Safe

Fire resistance tested in accordance with EN13501-1 and EN13501-2, class Afl-s1. In a small-scale fire test under a load of 800 kg/m², maximum deflection remained limited to 0.98 mm.

Acoustic Comfort

Enhanced sound insulation, both horizontally and vertically, and sound absorption with or without carpet. The use of acoustic barriers further improves the overall acoustics of the floor.

Heating Compatible

The system is excellently suited for underfloor heating and central heating, thanks to its removable, lightweight floor panels.

Frequently asked questions

Yes. Because the system is drill-free and each floor panel is individually loose-laid, work can be carried out on a single connection point without clearing the rest of the area.

Yes, thanks to enhanced sound insulation and sound absorption, with or without carpet.

Yes, Intercell is excellently suited for both underfloor heating and central heating, thanks to the removable, lightweight floor panels.

Yes, the system achieves class 4B in accordance with EN12825, with a maximum working load of 10 kN on a point load of 25 x 25 mm.

Yes, Intercell has been fire-resistance tested in accordance with EN13501-1 and EN13501-2 and achieves class Afl-s1. In a small-scale fire test with a load of 800 kg/m², the maximum deflection was limited to 0.98 mm.